Researchers detail in a new article how they have been able to fingerprint myelodysplastic syndromes, a state for blood cells that turns into acute myeloid leukemia cancer in approximately 30 percent of patients.
In the paper published by the scientific journal Cancer Cell, the researchers detail how they have been able to fingerprint myelodysplastic syndromes (MDS), a state for blood cells that turns into acute myeloid leukemia (AML) cancer in approximately 30% of patients. The study demonstrates that early and accurate prediction of this aggressive cancer is possible.
AML is the most common type of leukemia in adults, and about 1,300 Canadians are expected to develop the disease each year.
Bhatia’s research team found when they deleted one version of the important GSK-3 gene, the other version of the gene became active but remained non-cancerous. However, when the second version of the gene was also deleted, AML cancer began.
To test this, Bhatia’s team collaborated with Italian researchers at the University of Bologna to apply these initial findings to human blood samples that had been previously collected from patients with MDS, some of whom eventually developed AML. McMaster researchers did a retroactive study, and demonstrated that gene expression analysis of patient blood samples was accurate in predicting which patients would develop AML and which would not.
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Read the article abstract here